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	The Use of the Hybrid Fuzzy-Delphi-TOPSIS Approach in Identifying Optimal Bunkering Ports for Shipping Lines Book chapter 出自: International Series in Operations Research and Management Science, New York:Springer New York LLC, 2018, pages: 249-270 Authors: Wang, Ying; Yeo, Gitae; Ng, Adolf K.Y. Favorite \| View/Download：4/0 \| Submit date：2021/05/27 Bunkering port Fuzzy-Delphi-TOPSIS Key performance factor (KPF) Liner shipping companies
	Choosing optimal bunkering ports for liner shipping companies: A hybrid Fuzzy-Delphi-TOPSIS approach Journal article Transport Policy,2014, volume: 35, issue: 0, pages: 358-365 Authors: Wang, Ying; Yeo, Gitae; Ng, Adolf K.Y. Favorite \| View/Download：2/0 \| Submit date：2021/05/27 Bunkering port Fuzzy-Delphi-TOPSIS Key performance factor (KPF) Liner shipping company
	System dynamics modeling for determining optimal ship sizes and types in coastal liner services Journal article Asian Journal of Shipping and Logistics,2014, volume: 30, issue: 1, pages: 31-50 Authors: Park, Sung-il; Wang, Ying; Yeo, Gitae; Ng, Adolf K.Y. Favorite \| View/Download：2/0 \| Submit date：2021/05/27 Baengnyeong Island Coastal Liner Services Ship Investment System Dynamics Modeling (SDM)
	Modelling port choice in an uncertain environment Journal article Maritime Policy and Management,2014, volume: 41, issue: 3, pages: 251-267 Authors: Yeo, Gitae; Ng, Adolf K.Y.; Lee, Paul Tae Woo; Yang, Zaili Favorite \| View/Download：4/0 \| Submit date：2021/05/27